WeAreDevelopers World Congress 2026 — Tech Wrap-Up

The biggest takeaway: AI coding is quickly becoming a much bigger concept — the “agentic software factory.” The future stack looks like: Intent → planning → specialized agents → isolated compute → coding/tools → testing/evals → security → approval → deployment → observability → memory → continuous improvement. The most interesting trends: • Multi-agent engineering: tools like BAND, Traycer and emerging control planes coordinate Claude Code, Codex, Cursor, Copilot, Grok and other agents instead of locking teams into one model. • Computers for agents: Daytona and sandbox/container approaches give every agent an isolated, disposable machine. This enables thousands of agents to safely work in parallel. • Agent governance: identity, permissions, policy, human approval, auditability and credential brokering are becoming essential. Enterprises won’t simply give autonomous agents unrestricted production access. • Agent memory: systems like Beacon point toward agents learning from previous agent sessions and turning successful debugging/workflows into reusable organizational knowledge. • Continuous evaluation: Momentic, Plumloom, Plurai, Opik and related systems are moving QA beyond unit tests toward simulation, AI evaluation and thousands of scenarios before an agent/software release reaches users. • Development observability: Dynatrace, VictoriaMetrics, bitdrift and newer software-development-observability concepts suggest tracing the entire chain from prompt → agent → tool call → code → CI → deployment → production behavior. • AI-native security: Semgrep, Sonatype, Chainguard and Black Duck illustrate security becoming an automated gate around agent-generated code, dependencies and software supply chains. • Agent/browser infrastructure: BrowserSkill, JEV-style structured browser control and browser control planes such as Oya show browser agents evolving beyond repeated screenshot→LLM→click loops toward faster structured automation with human takeover when needed. • Agent-ready data: CockroachDB, MariaDB, Instaclustr and Severalnines show databases being repositioned for agent workloads, while enterprises increasingly want managed convenience without surrendering infrastructure/data control. • Hybrid AI compute: Runpod, local GPUs and hybrid-inference systems point toward intelligent routing between local hardware, edge systems, private infrastructure and public cloud according to cost, latency, privacy and capability. • Physical AI: robotics and cyber-physical agent systems are increasingly converging with the same orchestration, security, evaluation and observability infrastructure being developed for software agents. My biggest conclusion: the model itself is becoming only one interchangeable component. The strategically important layer is increasingly the system ABOVE the models — the control plane that decides which agents work, where they execute, what they can access, how they collaborate, how their work is verified, and what the organization learns afterward. The emerging architecture is essentially: Models = intelligence Agents = workers Sandboxes = workplaces Tools/APIs = capabilities Memory = institutional knowledge Evals = quality control Observability = telemetry Policy/security = governance Orchestration = management Humans = goals, judgment and authority That is a much bigger transformation than “AI writes code.” It is the beginning of software organizations where humans increasingly define objectives and constraints while fleets of specialized agents perform, test, secure, observe and improve the work continuously.