
HELIOS— Heuristic Evaluation & Launch Intelligence for Operational Safety Every year, configuration changes cause billions of dollars in outages. Traditional CI/CD tools validate syntax, schemas, and tests, but they cannot reason about organizational consequences. HELIOS-V2 fills this gap. HELIOS-V2 is a decentralized multi-agent reasoning system built on the Band SDK. Instead of relying on a rigid pipeline, six specialized agents collaborate inside a shared Band Room to evaluate configuration changes before deployment. Each agent has a dedicated responsibility: * SENTINEL - performs semantic analysis of configuration changes. * CHRONICLE - searches historical incidents and organizational knowledge. * MERIDIAN - evaluates dependencies and blast radius. * CONTEXT - analyzes organizational readiness and operational signals. * ORACLE - predicts technical, financial, and operational consequences. * ARBITER - aggregates all evidence and issues the final verdict. The agents communicate through an event-driven Band orchestration layer using structured context and agent handoffs. The system produces one of four explainable decisions: SHIP, WARN, STAGE, BLOCK. HELIOS integrates with GitHub Actions, APIs, and local workflows to automatically prevent dangerous deployments. Rather than asking, "Is this configuration valid?", HELIOS asks, "Can your business survive this configuration?" The system was evaluated on a 73-case synthetic benchmark and achieved 94.5% overall accuracy. It was also backtested against five major real-world incidents, including CrowdStrike, Facebook, GitLab, Knight Capital, and AWS S3. HELIOS correctly blocked all five catastrophic failures. By combining historical evidence, dependency graphs, organizational signals, and explainable multi-agent collaboration, HELIOS-V2 provides an enterprise-grade safety layer between "CI passed" and "Production is on fire." Built for the Band of Agents Hackathon 2026.
19 Jun 2026

KRONOS is an institutional memory infrastructure designed for modern engineering teams. It transforms organizational knowledge into a live intelligence layer embedded directly inside the GitHub workflow. Engineering teams often repeat catastrophic production failures not because developers are careless, but because architectural decisions, outage learnings, and engineering context disappear over time. Pull request discussions get buried, developers leave teams, and the same dangerous patterns eventually return to production. KRONOS solves this problem by continuously remembering and analyzing historical engineering decisions across the codebase. The system is powered by a 5-agent institutional intelligence architecture: Memory Guard, Promise Audit,Security Shield,Architecture Insight, Doctrine Engine .KRONOS integrates directly with GitHub Actions and activates automatically whenever a pull request is opened. It analyzes code changes against a continuously evolving institutional memory ledger and detects when developers unknowingly reintroduce previously rejected or dangerous engineering patterns. In our Atlas financial infrastructure demo scenario, KRONOS detects a developer reintroducing an “ExponentialBackoff” retry strategy that previously caused a catastrophic authentication outage. The workflow immediately fails, generates a multi-agent architectural analysis report, and prevents the same production incident from happening again. KRONOS also includes:Live GitHub workflow analysis, Conversational institutional search,Institutional memory dashboard,Continuous memory evolution,Real-time workflow intelligence The project was built using Python, GitHub Actions, workflow orchestration systems, and IBM BOB acting as our AI development partner during the development of KRONOS. KRONOS ensures that every outage, every architectural scar, and every hard-earned engineering lesson is remembered — so engineering teams never pay the price for the same mistake twice.
17 May 2026

QX AlphaRadar is a real-time intelligence tool built for Qubic traders. Today, traders do not get alerts when important events happen on-chain. They cannot see whale buys, big sells, liquidity removal, ownership transfers, or sudden volume spikes. This creates confusion and slow reactions. AlphaRadar solves this by watching the Qubic blockchain using EasyConnect. Every event is sent to Make.com, where we classify it as a buy, sell, whale move, liquidity crisis, or governance update. The system then sends clear instant alerts to Telegram and Discord, and also saves the data in Google Sheets for analytics. We also provide a simple dashboard where users can see live events, volume trends, whale activity, and market signals. AlphaRadar helps traders react faster, avoid risks, and understand what is happening in the market in real time.
7 Dec 2025