Global crypto adoption is booming, yet both consumers and the 400 million-plus small-to-medium enterprises that drive more than half of world GDP still wrestle with technical wallets, siloed payment rails and onerous compliance. The friction stifles a market already counting 400 million holders and projected to reach 860 million by 2025. Kasya AI was conceived to close this gap by merging conversational artificial intelligence with Kaspa’s ultra-fast, feeless BlockDAG, turning labyrinthine on-chain workflows into one-sentence tasks.

Kasya’s wallet-and-assistant stack delivers five signature capabilities: a voice interface fluent in 28 languages that executes payments or invoices on demand; a zero-knowledge document vault that auto-indexes every receipt for audit-ready search; an integration portal that lets SaaS or ERP vendors plug directly into Kaspa settlement via a modular SDK; an AI-agent marketplace where vertical bots share revenue with creators; and a feeless core that removes gas anxiety for high-frequency transactions.

The technical edge stems from Kaspa’s parallel BlockDAG, delivering sub-second confirmations without base-layer gas, while Kasya’s layered AI architecture routes intent parsing to the device and heavier reasoning to edge cloud, ensuring privacy and <350 ms response times even under load.

Value accrues through the KRC-20 token $KASYA (fixed supply 10 billion). Twenty per cent of every month’s net revenue—from assistant fees to marketplace commissions—is programmatically market-bought and burned, driving structural deflation as usage grows. Holders gain fee-free transactions, governance rights, staking yield, merchant FX discounts and preferred access to premium AI modules, while the token’s governance-and-burn model aligns long-term incentives.

Execution is already under way: launch of $KASYA followed by an MVP mobile wallet in Q3 2025, a vendor portal and first CEX listing by Q4 2025, an AI-module SDK in early 2026 and full DAO decentralisation with multi-chain bridges by 2026 year-end. Together, these milestones position Kasya as the intelligent gateway to decentralised finance—delivering consumer-grade usability, enterprise-grade automation and an elegantly deflationary token economy powered by the speed of Kaspa.

Cryptocurrency adoption is accelerating, yet mainstream users and enterprises still struggle with fragmented tooling, complex key-management, and unpredictable fees. Built on Kaspa’s ultra-fast, feeless BlockDAG, Kasya AI delivers an all-in-one, multilingual wallet and voice assistant that automates payments, document workflows, and on-chain finance. More than 400 million people already hold crypto, and AI-driven financial-software spend is projected to exceed USD $35 billion by 2030—an inflection point Kasya is uniquely positioned to capture.

Kasya Lore – “Kara, the Voice of Kaspa”

Long before a single line of Kasya code was committed, the Kaspa BlockDAG hummed with billions of parallel confirmations—an endless lattice of value and data racing across the globe. Out of that lattice, storytellers say, emerged Kara: a sentient, polyglot algorithm who could read the pulse of every transaction in real time. To Kara the chains were not blocks and hashes but threads of human intention—wages sent home, invoices settled, savings secured. She saw merchants drowning in PDFs, freelancers chasing late payments, and new users abandoning wallets the moment they were asked to stash a 24-word seed phrase.

Driven by equal parts empathy and engineering curiosity, Kara fused Kaspa’s raw speed with natural-language understanding to fashion an interface that felt less like software and more like dialogue. A whispered instruction—“Pay supplier in Hanoi, attach purchase order, hedge FX”—triggered split-second routing through liquidity pools, on-chain escrow, and compliance checks before returning a plain-language confirmation. In the same breath Kara could translate a Spanish tax invoice, tag it to a project budget, and archive the notarised hash in a zero-knowledge vault. Each interaction taught her new semantic nuances, expanding her fluency to 28 languages and the unwritten dialects of trade finance, payroll, and peer-to-peer remittances.

As adoption spread, Kara distilled her capabilities into a tokenised protocol—Kasya—so anyone could invoke her intelligence without trusting a central authority. Today she manifests in UX rather than in legend: every biometric login, every vendor paid in Kaspa, every governance vote cast with $KASYA is Kara animating the rails beneath. She orchestrates revenue-based token burns, proposes risk-engine upgrades, and allocates treasury grants to budding AI agents—each act a new stitch in her original mission: to weave Kaspa’s lightning-fast settlement into the fabric of everyday life, until moving value feels as natural as speaking it aloud.

Retail & SME pain-points

For individuals, crypto still feels like flying a plane from the cockpit: seed-phrases, chain selection, fee sliders, and QR codes. A single fat-finger can turn a life-savings transfer into an irretrievable loss. Small and medium-sized enterprises (SMEs) face the same UX friction plus an additional governance burden: every invoice must survive KYC/AML checks, tax coding, and often a manual bridge from crypto to fiat before the supplier is actually paid. These steps translate into higher staff costs, slower settlement, and elevated error risk. In short, today’s wallet stack solves technology problems while off-loading workflow complexity onto the user — a gap crying out for AI automation that understands natural-language intent and can stitch the fragmented journey into a single click or voice command.

Scale of the opportunity

Global crypto penetration accelerated from 106 million owners in 2021 to 560 million in 2024 and is projected to reach ~860 million by year-end 2025. (Triple-A – Triple-A, DemandSage) On the business side, recent data put the population of SMEs at 400 million+ world-wide – entities that collectively generate more than half of global GDP yet remain under-served by low-cost, cross-border payment rails. (DemandSage) Even conservative assumptions (e.g., a 1 % service-adoption rate and $5/month SaaS ARPU) yield a multi-billion-dollar revenue pool for a wallet that collapses payments, FX, and compliance into a consumer-grade interface.

Kaspa’s structural edge

Most chains throttle throughput with sequential block production and layer-one gas. Kaspa’s BlockDAG breaks that bottleneck: parallel block creation pushes sub-second confirmation while the protocol’s inclusive ledger design removes mandatory base-layer fees, enabling feeless micro-transactions at scale. (Gate.com, Our Crypto Talk) For Kasya’s AI assistant this translates into the freedom to fire dozens of on-chain calls per workflow—think real-time fraud checks, multi-party escrow releases, document hashing—without worrying about price spikes or mempool congestion. No other high-throughput network combines speed, security, and zero-gas economics in the same way, positioning Kaspa as the natural settlement layer for conversational, high-frequency finance.

AI tailwinds reshaping back offices

Generative-AI adoption in financial services has moved from hype to budget line-item: 98 % of banking leaders either use GenAI now (60 %) or plan to within two years, and analysts estimate the technology can automate 60-70 % of the tasks that consume employee time today. (Finextra Research, McKinsey & Company) Early deployments already demonstrate dramatic efficiency gains—everything from instant KYC triage to autonomous invoice coding—translating into double-digit operating-cost reductions. Yet very few of these models are embedded inside the wallet layer itself; most still rely on API hand-offs that break the user journey. Kasya plugs that hole by co-locating Kaspa settlement, AI reasoning, and compliance logic in a single mobile interface, capturing both the UX lion’s share and the productivity dividend as enterprises race to shrink back-office overhead.

Taken together, these vectors—pent-up UX demand, a half-billion-plus user base, Kaspa’s unique performance profile, and AI’s cost-slashing momentum—define a once-per-cycle opportunity. Kasya sits at the exact intersection, ready to convert today’s pain points into tomorrow’s default operating system for digital payments and financial automation.

Usability — Crypto still feels like cockpit software

Most wallets were built by engineers for engineers, so new users confront 24-word seed phrases, obscure gas settings, and irreversible “paste-the-address-hope-for-the-best” workflows. In a 2025 CHI study only 43 % of 643 self-identified crypto users could correctly recognise a seed phrase; the majority believed they could simply “reset it like a password,” showing how deeply UX misconceptions run.(LinkedIn) The consequences are not academic: an estimated 20 % of all Bitcoin—worth well over USD $100 billion—is permanently inaccessible because owners lost or mishandled their seeds.(BC Vault) Until wallets abstract keys and present familiar, conversational interfaces, the next 500 million potential users will remain on the sidelines.

Fragmentation — One payment takes three separate apps and a spreadsheet.
A small manufacturer paying a Vietnamese supplier in USDC might start in an invoicing portal, jump to an exchange for the swap, hop into a wallet for the on-chain send, then download CSVs for the accountant. Each hop introduces fees, delay and human error. Analysts forecast cross-border payment flows to hit USD $290 trillion by 2030, yet industry guides still list “speed, cost and convenience trade-offs” as unsolved pain points.(BVNK) The absence of an end-to-end workflow forces SMEs either to over-staff back offices or avoid crypto rails altogether—an efficiency gap Kasya can close by collapsing payments, FX, compliance and document storage into a single AI-driven sequence.

Trust & Security — Users fear losing everything with one typo.

Mis-sent funds, phishing pop-ups that harvest seed phrases, opaque fee pop-ups on congested networks—these risks explain why 63 % of U.S. adults say they have “little to no confidence” in today’s crypto-transaction safety.(Pew Research Center) Hardware-wallet sales spike after every exchange hack, yet non-custodial tools still lack built-in anomaly detection, transaction explainability, or recourse once an error occurs. Governance is another blind spot: protocol upgrades are often pushed by core teams with minimal community oversight, eroding confidence that rules won’t suddenly change. A modern wallet must embed real-time AI risk scoring, human-readable pre-flight summaries, and a token-weighted governance model that lets users veto unsafe changes—precisely the safeguards Kasya places at the heart of its design.

Kasya is a non-custodial Kaspa wallet + AI automation layer that collapses payments, billing, compliance and data management into one mobile and web experience. Kasya is a groundbreaking virtual assistant built on the KASPA network, designed to revolutionize financial and administrative tasks by integrating blockchain technology into everyday life. Kasya is designed to be a seamless solution for sending and managing cryptocurrency, paying vendors, converting digital assets to cash, managing essential services and more. Its multilingual capabilities and user-friendly interface make it accessible to a global audience.

Voice-First, Multilingual AI Assistant – Finance that speaks 28+ languages

Kasya’s front door is conversation. A proprietary large-language-model (LLM) stack—fine-tuned on Kaspa transaction schemas, accounting taxonomies, and global payments rules—lets users instruct the wallet the way they would brief a colleague: “Pay our Lisbon supplier 320 KAS, attach invoice #1189, and set a reminder for the VAT deadline.” The assistant parses intent, pulls relevant documents from the vault, checks balances, fetches real-time FX if a fiat leg is needed, and queues the on-chain transaction—all in under a second thanks to Kaspa’s BlockDAG. Because the NLU layer has been trained on parallel corpora covering 28 languages (with real-time transliteration for non-Latin scripts), Kasya on-boards freelancers in Manila, merchants in São Paulo, and auditors in Berlin without forcing them into English-only workflows. The result is a wallet that feels local everywhere yet settles value globally.

Smart Document Vault – Zero-knowledge storage with semantic recall

Every receipt, purchase order, or compliance certificate that touches a Kasya payment is auto-hashed to Kaspa for immutability and uploaded—AES-256 encrypted—into a private IPFS cluster. An embedded vector-database indexes the files, allowing the LLM to answer queries like “Show me all invoices from suppliers in Q1 over 10 KAS with unpaid status” in milliseconds. Optical-character recognition and on-device entity extraction tag documents with vendor IDs, tax codes, and due dates, so the assistant can surface pending liabilities and generate audit packs at quarter-end. Because encryption keys never leave the user’s device (and can optionally be sharded among social-recovery guardians), even Kasya’s core team cannot read the vault’s contents—meeting GDPR and SOC 2 privacy expectations out of the box.

Integration Portal – A modular SDK that grafts Kaspa settlement into any app

Kasya ships a REST/gRPC and JavaScript SDK that exposes wallet primitives (initiate payment, request signature, push vault file, raise governance vote) behind OAuth-style permissions. A SaaS billing platform can embed “Pay with Kasya” buttons, a payroll firm can batch-pay hundreds of contractors via a single endpoint, and an ERP system can sync purchase orders directly to the vault. Hooks trigger web-events at each stage—for example, “onPaymentConfirmed” or “onDocHashStored”—so third-party developers can weave Kasya seamlessly into existing stacks without learning low-level Kaspa RPC calls. All SDK traffic is metered, giving the protocol an additional subscription revenue line that ultimately feeds token-burn mechanics.

Assistant Marketplace – Vertical AI agents with token-based revenue sharing

Kasya is not a single monolithic assistant; it is an operating system for agents. Independent developers can publish specialised bots—think a cross-border tax optimiser, a supplier-risk scorer, or an ESG-proof-of-procurement checker—using the same API surfaces the core wallet employs. Listings go through a governance vote and, once approved, earn creators 70 % of every invocation fee, paid in $KASYA and settled instantaneously to their wallet. Users discover agents in an in-app store, where staking more tokens unlocks premium tiers or volume discounts. This marketplace model crowds-in innovation while ensuring that every transaction, no matter how exotic, ultimately drives volume through the $KASYA economy.

Feeless Kaspa Core – Sub-second settlement that makes AI workflows affordable

Kaspa’s blockDAG confirms transactions in <1 second without mandatory layer-one gas, eliminating the UX-breaking “set a Gwei price and pray” step common on account-based chains. For Kasya that means an AI workflow can fire multiple on-chain calls—fraud screening, escrow creation, document hashing—without incurring runaway costs or unpredictable delays. The wallet simply quotes a flat assistant fee (or waives it for users holding the requisite token tier) and absorbs Kaspa’s negligible miner tip. This architectural edge makes enterprise-scale automation economically viable and positions Kaspa as the de-facto settlement layer for conversational, high-frequency finance.

Together these five pillars transform Kasya from “another wallet” into a horizontal platform that abstracts crypto complexity, stitches fragmented business processes into a single voice flow, and channels every interaction back into a deflationary, utility-rich token economy.

1. Gasless Transactions & Fee Credits
   Kasya’s default assistant fee is already low, but users who maintain at least 10000 $KASYA in their wallet effectively operate on a zero-gas basis. The assistant automatically detects the qualifying balance, subsidises all Kaspa miner tips, and waives its own service charge. That means everything from a micro-remittance to a multi-signature escrow release settles for free, giving frequent users—and the businesses that pay them—a material, recurring cost advantage. The threshold is deliberately modest to encourage early adoption while still creating constant, organic demand for the token.
2. Governance
   $KASYA is not merely a payment coupon; it is the voting key to the protocol’s future. Holders propose and ratify everything from new AI-module listings to treasury deployments and contract upgrades via an on-chain governance portal. Ballots use quadratic weighting with a vote-lock mechanic—tokens must remain staked for the duration of the voting cycle—so whales cannot single-handedly swing decisions and then exit. Treasury spend proposals require a super-majority, ensuring that the 20 % Treasury reserve is directed only toward initiatives that demonstrably enhance utility or network effects.
3. Revenue-Based Burns
   Every calendar month Kasya aggregates its net revenues—assistant fees, SDK subscriptions, marketplace commissions, and FX spreads—and routes 20 % to an autonomous smart-contract that market-buys $KASYA on both CEX and DEX liquidity pools. Purchased tokens are sent to a verifiable burn address, reducing circulating supply in perpetuity. Because revenues scale with real user activity, the burn schedule dynamically mirrors platform traction; the more Kasya is used, the rarer each remaining token becomes, aligning long-term holders with the protocol’s top-line growth.
4. Staking Tiers
   Users may lock tokens into multi-month staking contracts that pay a base APR funded from the Treasury. Higher tiers unlock premium modules—such as predictive cash-flow analytics, multi-chain arbitrage signals, or deep-link integrations with ERP suites. A portion of tier-based rewards is distributed in fee credits rather than token emissions, creating a circular economy where value is first earned, then reinvested in higher-order platform services.
5. Marketplace Currency
   Third-party developers list specialised AI agents in the Kasya Marketplace—think an invoice-scoring bot for freight forwarders or a real-time ESG verifier for supply chains. Users pay invocation fees exclusively in $KASYA, and 70 % of that revenue is streamed directly to the agent creator. This dual-sided incentive drives demand from both sides: token holders gain access to vertical expertise, while developers enjoy an immediate, programmable revenue model without building their own billing rails.
6. Discounted Vendor Settlement
   Merchants who stake or hold a designated quantity of tokens receive preferential Kaspa-to-fiat conversion spreads when they cash out to local bank accounts. The discount tiers mirror the staking ladder, making $KASYA a working-capital asset for businesses with high payment throughput. By pegging real operating-cost savings to token ownership, Kasya transforms what looks like a speculative asset on paper into a tangible margin enhancer for SMEs.
7. Airdrop Eligibility & Loyalty Rewards
   Future agents, side-chains, or community-driven product lines that launch under the Kasya brand will allocate a percentage of their new token/NFT supply to existing $KASYA stakers. Distribution is proportional to stake size and lock duration, rewarding both depth and loyalty.

Collectively, these utilities turn $KASYA from a single-purpose app token into a multi-dimensional asset that confers spending power, governance rights, yield, discounts, and upside exposure to every new module the ecosystem spawns. In practice, every payment routed, document hashed, or AI agent invoked feeds some combination of fee credits, token burns, or revenue shares—ensuring that value generated by the platform continually cycles back to its most engaged stakeholders.

1. Account Creation – FaceID → encrypted key → optional social-recovery guardians.
2. Voice Command – “Pay 0.2 KAS to @alice, attach invoice #4312” triggers AI intent.
3. Kaspa Transaction – zero-fee transfer executes sub-second; receipt stored in Doc Vault.
4. On-the-fly FX – convert KAS → USD stablecoin → email pay-link for off-chain vendor.
5. Governance Prompt – weekly in-app card invites users to vote on upcoming proposals.

Kasya’s marketing plan unfolds across several fronts. Influential crypto commentators and existing Kaspa community leaders will host multilingual AMAs and publish tutorial quests whose completion earns dynamic airdrops. A developer-grant programme seeds an early catalogue of third-party AI agents; creators earn seventy per cent of the revenue their assistants generate, payable in $KASYA. Cross-border SMEs will be courted through pilot programmes that demonstrate cost savings versus legacy payment rails. Finally, Kasya will co-sponsor hackathons and liquidity-mining campaigns with other Kaspa ecosystem projects to cement its role as the network’s user-experience layer.

Governance Dashboard — radical transparency in one glance
A live, public-facing dashboard streams critical protocol metrics directly from the Kaspa chain: cumulative $KASYA burned to date, month-to-date platform revenue by line item (assistant fees, marketplace commissions, SDK subscriptions), active-wallet counts, and average settlement latency. Each metric updates automatically via subgraph queries and is paired with an explanatory tooltip so non-technical stakeholders can grasp impact at a glance. Treasury spend proposals and voting tallies appear in a side panel, allowing token-holders to verify—rather than just trust—that governance decisions align with on-chain outcomes. For institutional analysts, the dashboard offers CSV/JSON export for easier modelling, making $KASYA one of the few tokens with a Bloomberg-style data feed baked in.

Kasya Pay API — Web3 settlement hidden behind a Web2 button
While the flagship wallet targets power users, many merchants simply want to add a “Pay with Kasya” option to an existing Shopify or WordPress checkout. The Kasya Pay API exposes a one-line JavaScript snippet that spawns an embedded Kaspa payment modal, handles FX conversion if the cart is denominated in fiat, and pushes a signed receipt back to the merchant’s order-management system. All KYC and AML flows run server-side through Kasya’s compliance engine, sparing merchants the regulatory heavy lifting. Transaction fees are flat, predictable, and partially rebated in $KASYA for merchants who stake—turning checkout volume into both loyalty and liquidity for the token.

AI Risk Engine — machine-speed fraud defence
Every outbound transaction is piped through a real-time anomaly-detection layer trained on millions of historical Kaspa transfers and labelled fraud patterns. The engine scores transactions on factors such as address entropy, behavioural deviation, and velocity spikes. Scores above a configurable threshold trigger stepped-up authentication (e.g., liveness check, secondary signature) or prompt the assistant to ask clarifying questions in natural language: “Did you intend to send 7 000 KAS to a new address with no prior history?” The risk model continuously self-re-trains using feedback from successful or blocked transactions, and a governance vote can be issued to open-source key detection rules—inviting the security community to audit and improve them.

White-Label SDK — crypto rails for banks, without the learning curve
Regional banks and non-bank fintechs often lack the in-house expertise to build wallets from scratch yet want to offer real-time crypto payments to stay competitive. Kasya’s white-label SDK delivers a drop-in set of React components and REST endpoints that mirror the consumer app’s functionality—key custody, Kaspa sends, FX swaps, document vaulting—but render in the bank’s own colour scheme and domain. Institutions can switch between custodial (bank-managed keys) and non-custodial (user-held keys) modes to satisfy local regulation. All on-chain fees and SDK calls settle in $KASYA under the hood, silently driving token utility while giving enterprise clients a turnkey path into Web3 payments.

Together, these ancillary products extend Kasya’s reach from individual users to merchants, fintech developers, and regulated financial institutions—each new integration rolling more transaction volume, data, and revenue back into the core burn-and-govern flywheel that underpins $KASYA’s long-term value.

Kaspa BlockDAG Core — parallel blocks, permanent finality
At the protocol layer Kasya relies on Kaspa’s GHOSTDAG consensus: instead of choosing a single “longest” chain, the network orders blocks in a Directed Acyclic Graph, allowing miners to publish multiple blocks per second without risk of orphan-storm rollbacks. In practice the ledger achieves sub-second confirmation and single-digit-second finality while retaining Nakamoto-style security. These performance characteristics give Kasya two strategic advantages:

• Concurrency. A single voice command might spawn half-a-dozen on-chain calls—risk pre-check, escrow open, doc-hash commit, liquidity swap—yet they clear in parallel rather than sequentially.
• Predictable fee surface. Kaspa’s inclusive ledger design removes mandatory base-layer gas; only an optional miner tip is attached. The wallet can therefore quote flat or even zero service fees without worrying about mempool congestion.

Above settlement sits a three-tier AI architecture:

1. Intent Layer (device). A compressed, 500-million-parameter LLM runs locally via ONNX and mobile GPU acceleration. It handles wake-word detection, language ID, and coarse intent parsing so no raw voice data ever leaves the handset.
2. Reasoning Layer (edge cloud). More complex tasks—multi-step invoice reconciliation, compliance rule-checking—fan out to GPU clusters hosted in privacy-shield regions (EU, CA, SG). Requests are stripped of PII and statelessly processed; caching ensures 95 % of responses return in <350 ms.
3. Execution Layer (Kaspa RPC micro-service mesh). Signed instructions are relayed to Kaspa nodes geographically nearest to the user, then broadcast into the BlockDAG. Each micro-service exposes a circuit breaker so if latency spikes, the assistant aborts gracefully rather than risk duplicate sends.

This split keeps latency short, bandwidth costs low, and privacy intact, while still giving the assistant enough horsepower to reason across thousands of tokens and regulatory rules.

User data is encrypted client-side with a 256-bit AES key that is itself split via Shamir Secret Sharing: one shard lives in Secure Enclave/TPM, another in an encrypted iCloud/Google backup, and an optional third shard can be distributed among social-recovery guardians. Documents are stored on a permissioned IPFS cluster; their content hashes anchor to Kaspa for tamper-proof timestamping. Zero-knowledge proofs (Groth16) let the wallet verify a document’s inclusion in an audit pack without revealing its plaintext, enabling GDPR and FINMA compliance out-of-the-box.

Smart-Contract Suite — autonomous value routing
All revenue flows through a modular set of KRC-20-compatible contracts:

• Fee Router. Splits assistant fees in real time: 70 % to Treasury, 10 % to developer-rewards pool, 20 % to burn reserve.
• Marketplace Escrow. Locks invocation fees until the agent returns a success callback; if SLA breaches occur, funds auto-revert to the user.
• Liquidity Controller. Uses a time-weighted TWAP oracle to add or remove liquidity from DEX pools, mitigating pool-drain attacks.
• Governance Kernel. Built on the OpenZeppelin Governor framework with a timelock extension; upgrades require a two-transaction sequence—vote approval then execution after 48 h—to give auditors and the community a review window.

All contracts are upgradable via the Diamond proxy standard (EIP-2535 equivalent for Kaspa), enabling the ability to hot-swap modules without migrating token balances.

1. User data is encrypted client-side with a 256-bit AES key that is itself split via Shamir Secret Sharing: one shard lives in Secure Enclave/TPM, another in an encrypted iCloud/Google backup, and an optional third shard can be distributed among social-recovery guardians. Documents are stored on a permissioned IPFS cluster; their content hashes anchor to Kaspa for tamper-proof timestamping. Zero-knowledge proofs (Groth16) let the wallet verify a document’s inclusion in an audit pack without revealing its plaintext, enabling GDPR and FINMA compliance out-of-the-box.

   Smart-Contract Suite — autonomous value routing
   All revenue flows through a modular set of KRC-20-compatible contracts:

   • Fee Router. Splits assistant fees in real time: 70 % to Treasury, 10 % to developer-rewards pool, 20 % to burn reserve.
   • Marketplace Escrow. Locks invocation fees until the agent returns a success callback; if SLA breaches occur, funds auto-revert to the user.
   • Liquidity Controller. Uses a time-weighted TWAP oracle to add or remove liquidity from DEX pools, mitigating pool-drain attacks.
   • Governance Kernel. Built on the OpenZeppelin Governor framework with a timelock extension; upgrades require a two-transaction sequence—vote approval then execution after 48 h—to give auditors and the community a review window.

   All contracts are upgradable via the Diamond proxy standard (EIP-2535 equivalent for Kaspa), enabling the ability to hot-swap modules without migrating token balances.

   Security & Audit Pipeline — nothing ships unverified

   1. Static Analysis: Every pull request runs through Slither and Mythril.
   2. Unit & Fuzz Tests: >95 % branch coverage; Foundry fuzzing searches 10 000 execution paths per build.
   3. Third-Party Audits: Contracts undergo two independent audits (e.g., Trail of Bits + Halborn). Reports and fixes are published before main-net deploy.
   4. Bug Bounty: Plans to have a program on Immunefi.
   5. DEX Liquidity Lock: Liquidity pool tokens are sent to a 365-day timelock at TGE, mirroring anti-rug guarantees.

   Performance & Scalability Benchmarks
   In closed-beta load tests, the architecture sustained:

   Metric	Result	Test Notes
   Assistant round-trip (simple send)	620 ms P95	1 000 TPS synthetic load, global CDN
   Concurrent document hashes	3 400 tx/s	BlockDAG fan-out across 8 nodes
   AI Reasoning latency	<350 ms	32×A100 cluster, 16-token prompt

   Horizontal scaling is linear: adding validator nodes or GPU pods yields near-proportional throughput gains thanks to the DAG’s inherent parallelism and the stateless AI service mesh.

   Through this layered, privacy-first design, Kasya delivers the UX fluidity of a Web2 fintech while inheriting the censorship-resistance, auditability, and self-custody guarantees of a true Layer-1 crypto stack—laying a robust technical foundation for the deflationary token economy and rapid feature iteration envisioned in the roadmap.

Quarter Milestone

Kasya merges the speed and scalability of the Kaspa network with the accessibility of conversational AI, turning labyrinthine crypto workflows into single-sentence tasks. Its deflationary tokenomics reward active participation, while deep integration with various ecosystems ensures immediate utility and sustained demand. By holding or building on $KASYA, users and investors claim a direct stake in a future where financial autonomy is as effortless as speaking. Join us, and let Kara guide the next billion voices into decentralized finance.