Wallet flow fragility
Connect, sign, approve, and execute states drift across wallets unless each transition is designed and tested as a system.
Web3 Infrastructure Architecture
Systems that hold under launch pressure
Tyche Computer helps teams close to launch harden wallet flows, smart contract integrations, RPC reliability, and launch readiness before public traffic exposes the weak points.
Built for teams 30-45 days from launch or stabilizing live systems.
Launch-window teams
Security-aware delivery
Global remote execution
Focus
Wallet flow reliability
Connect, sign, approve, execute paths mapped against real user failure modes.
Delivery
Documentation-grade handover
Runbooks, architecture clarity, and clean operational ownership after launch.
Deployment Scope
- Wallet Flow Reliability
- Smart Contract Integration
- RPC & Provider Resilience
- Launch Readiness & Runbooks
Engagement
30-Day Deployment Program
Starting at $3,000
Best Fit
Teams 30-45 days from launch
Live systems with reliability issues
30-day deployment program
Engagements from $3,000
Built for teams near launch
Documentation-grade handover
What We Solve
Failure modules that surface just before launch.
Tyche Computer works on the layers that usually break under production conditions: transaction orchestration, integration correctness, provider resilience, and operational readiness.
Allowance and spend-limit failures
Approval logic, retries, and token behavior are normalized so payment and presale flows do not fail in front of users.
RPC instability under load
Provider rotation, bounded queries, timeout handling, and fallback routes are set up for real network conditions.
Front-end to contract mismatch
UI assumptions, contract methods, event handling, and back-end dependencies are aligned before public release exposes the gap.
Glue-layer security gaps
Permissions, environment handling, operational access, and integration surfaces are hardened without introducing unnecessary complexity.
Launch readiness blindness
Teams get a concrete pre-launch validation path, rollback posture, and support window instead of hoping the last sprint was enough.
Deployment Program
Controlled execution pipeline for high-stakes releases.
The 30-day deployment program is structured to move a serious team from architecture ambiguity to a stable, testable, launch-ready system. Engagements start at $3,000.
Stage 01
Architecture Audit
Flow mapping, risk identification, integration assumptions, and deployment constraints are surfaced before more engineering time is spent.
- System and wallet flow map
- Failure-state inventory
- Hardening priorities
Stage 02
Integration Hardening
Execution logic is reviewed against transaction reliability, provider behavior, and interface consistency across the stack.
- Contract wiring review
- RPC and fallback strategy
- Timeout and retry posture
Stage 03
Launch Readiness
The release path is tightened with go or no-go checks, deployment sequencing, and operational guidance your team can execute with confidence.
- Validation checklist
- Deployment runbook
- Post-launch support window
Program Output
A deployment your team can operate after handover.
Clients finish with clarified architecture, hardened reliability controls, and an operational path to launch instead of a loose collection of fixes.
Who It's For
Selective by design.
Tyche Computer is built for teams with a real deployment path, real constraints, and a reason to care about infrastructure quality.
Ideal Client Profile
Best fit
- Teams within 30 to 45 days of launch
- Live products dealing with reliability issues
- Projects needing wallet flow, rewards, payment, or contract integration hardening
- Founders and operators who want clean handover artifacts, not agency theater
Non-Fit Profile
Not a match
- Idea-stage projects without budget or timeline discipline
- Teams looking for a generic full-service marketing or dev agency
- Engagements driven by hype launches rather than system readiness
- Projects without internal access to code, staging, or decision-makers
Approach
Operating principles for production infrastructure.
Everything is structured around clarity, reliability, and controlled delivery rather than visual noise or speculative promises.
Structure before implementation
Flows, states, assumptions, and failure conditions are defined before code is trusted.
Reliability is a system concern
Provider strategy, retries, timeouts, and operational visibility are designed together.
Security-aware, not theatrical
Risk surfaces are addressed pragmatically across integrations, access, and deployment paths.
Documentation is part of delivery
Runbooks, architecture notes, and handover clarity are treated as part of the product.
Operational readiness matters
Pre-launch checks and rollback logic matter as much as shipping the integration itself.
Selective collaboration keeps quality high
Tyche works best with teams that can move decisively and expose the real constraints of the build.
Proof
Structured experience, presented without theater.
Examples are shared in problem, intervention, and outcome format because that is how infrastructure work is actually evaluated.
Case 01
Presale and payment rails
- Problem
- Allowance logic and payment routing created failed transactions and user support overhead.
- Intervention
- Normalized approval posture, transaction states, and flow handling across core paths.
- Outcome
- A cleaner execution path with fewer avoidable transaction failures at launch time.
Case 02
Wallet flow stabilization
- Problem
- Connect, sign, approve, and execute paths behaved inconsistently across wallet combinations and user states.
- Intervention
- Mapped edge cases, aligned state transitions, and clarified contract and UI assumptions.
- Outcome
- A more predictable transaction path and a stronger pre-launch confidence level for the team.
Case 03
RPC reliability hardening
- Problem
- Rate limits, provider inconsistency, and unbounded queries caused avoidable infrastructure failures.
- Intervention
- Introduced fallback routing, bounded log behavior, timeout logic, and deployment guidance.
- Outcome
- A more resilient infrastructure posture for teams approaching production traffic and public visibility.
Web3 Infrastructure Insights
Search-visible context for teams evaluating launch readiness.
Wallet flow reliability is one of the most common failure points in Web3 products because the user journey depends on several systems behaving correctly at the same time: wallet connection, chain state, contract permissions, token allowances, and transaction confirmation. A launch-ready implementation requires flow mapping, explicit error handling, and fallback behavior across those steps.
Smart contract integration risk usually lives in the glue layer between the contract, the front-end, provider infrastructure, and any supporting back-end services. Even audited contracts can still fail at the product level when event handling, retries, approval logic, or provider constraints were not designed for production conditions.
Launch readiness in Web3 is not only about deploying code. It includes RPC reliability, transaction-state handling, rollback posture, operational visibility, and a clear runbook for the team responsible after go-live. That is where infrastructure architecture work materially reduces risk for serious projects.
Project Intake System
Deployment inquiry
Share the essential build, timeline, and failure context. Tyche reviews for fit, urgency, and availability before scheduling.
Serious teams usually include staging links, architecture notes, or a clear repo access plan.
Project Intake