Software Engineering
Positions
Qt, Cloud Architecture, Distributed Systems,
Technical Program Managers
Elite Contractors.
Nearshore
Function
Build Teams
Find Experts
Rapid Deliver
Tooling
Linux kernels, C++ / Qt UIs, cloud infra, real-time and streaming stacks.
Deliverables
Platform rebuilds, embedded UI launches, secure cloud rollouts.
Strengths
Performance-driven engineers who keep production fast and alive.
The Recruiting Software System
Different work requires different searches. This is how each lane runs — who it’s for, what we screen for, and the exact roles we introduce so you get signal fast without wasting cycles.
- Founders, CTOs, and VPs owning production platforms.
- Teams scaling infrastructure, data, or distributed systems.
- Organizations where reliability, security, and performance matter.
- Leaders who need signal, not keyword resumes.
- Linux / Systems Architects
- Cloud & Infrastructure Architects
- Distributed Systems Engineers
- Platform & Data Engineers
- Embedded & Systems-Level Software Engineers
- The real system problem you’re solving.
- Constraints: scale, latency, security, timelines.
- What’s breaking — or about to.
- What success looks like in production.
- Production ownership and on-call experience.
- System design under real constraints.
- Failure handling and recovery thinking.
- Clear communication across infra and product.
- Day 0–2 – intake, calibration, market map, first lanes opened.
- Week 1 – first calibrated shortlist, fast feedback loop.
- Week 2–4 – steady flow, interviews, offers, close support.
- Shortlists of 3–6 engineers with strong technical fit.
- Clear notes on ownership, shipped systems, and constraints handled.
- Scheduling support with minimal back-and-forth.
- What the market is actually saying about scope/level/comp.
- Where candidates drop in the funnel and why.
- Concrete levers: scope, title, location, comp, or interview loop.
- Signal-based screening (ownership + production reality).
- Strong calibration early so the shortlist stays clean.
- High-quality flow so you interview less and decide faster.
- Backend / platform / infrastructure engineers.
- Cloud, reliability, security, and systems engineers.
- Engineers who’ve carried production responsibility.
- Builders who care about outcomes, not just tickets.
- Ship real product with real users and constraints.
- Have clear ownership and strong technical leadership.
- Run interviews focused on signal, not trivia.
- Respect production work.
- What you shipped, owned, and operated in production.
- How you debug and handle failures under pressure.
- Trade-offs: latency, cost, security, reliability.
- Where you led the design vs. executed a slice.
- We talk about what you’ve built and what you want next.
- We match that to teams that are actually hiring, not “maybe later”.
- You see a short list of roles with honest pros/cons, not hype.
- Clear context on the team, roadmap, and why the role exists.
- Honest takes on level, comp, scope, and on-call reality.
- Prep that’s practical: systems, trade-offs, ownership.
- Where you are in the process and who you’re meeting next.
- What the team is reacting to — good and bad.
- Concrete calibration on scope, level, and timeline.
- Sanity-check comp and level against the current market.
- Talk through what roles actually look like by company stage.
- Flag lanes worth watching for the next 6–12 months.
- Share 1–2 projects you’re proud of and what you owned.
- List the stack you actually used day-to-day.
- Tell us what you want more of — and what you never want again.
Elite Contractors
Some software initiatives require experienced engineers for a defined project rather than a permanent addition to the team. We recruit senior contractors who integrate into existing engineering organizations and contribute immediately across architecture, modernization, performance, and production delivery.
- Critical projects
- Specialized expertise
- Delivery deadlines
- Engineering capacity
- New product development
- Legacy platform upgrades
- Architecture initiatives
- Performance optimization
- Immediate contribution
- Senior experience
- Faster execution
- Lower delivery risk
- Project-based hiring
- Critical initiatives
- Technical leadership
- Engineering transitions
Nearshore Engineers
This is a high-leverage way to expand your engineering output without dragging senior leaders into more overhead. We place vetted engineers who plug into your workflow and move real work across the line — UI, internal tools, maintenance, and execution bandwidth — inside your existing system.
- Backlogs that sit because your seniors are busy owning the hard parts.
- UI + tooling work that’s important but never gets prioritized.
- Maintenance and upgrades that should be routine (not heroic).
- Delivery pressure that needs more builders, not more meetings.
- Shipping scoped features cleanly inside an existing codebase.
- UI implementation with real quality and follow-through.
- Internal tools that save your team hours every week.
- Maintenance, refactors, upgrades, and “keep it healthy” engineering.
- We align on the work lanes (UI / tools / maintenance / execution).
- Engineers integrate into your workflow (tickets, PRs, ship rhythm).
- You keep ownership clean; delivery becomes consistent.
- Scale up or down based on demand — easy, not complex.
- More shipped work per cycle with less senior drag.
- Clean PRs + handoff notes + documentation.
- Engineers who can own UI + tools + maintenance lanes.
- A modular section that can expand into a deep-dive page later.
Systems. Uptime. Real Constraints
This lane is for teams shipping software that has to behave under load: kernels, device UI stacks, production infrastructure, security constraints, and distributed systems where failure modes are part of the job. We place senior engineers who've owned the messy reality—not just the diagram.
Linux Systems & Platform Architects
Kernel-adjacent, performance-driven engineers who build and scale real infrastructure — scheduling, observability, deployment reality, and the “why is this box melting at 3AM” layer.
- Performance profiling + bottleneck discipline
- Production ownership: incidents, rollback, observability
- Hard tradeoffs: throughput vs latency vs cost
- “It’s fast locally” with no load story
- No instrumentation, no postmortems, no learning loop
- Scaling by guessing instead of measuring
Qt / Embedded UI Engineers
C++ and Qt engineers who ship device UIs, HMIs, and embedded interfaces that actually run in the field — constrained hardware, real input latency, and production maintainability.
Cloud Infrastructure & Security Architects
Architects who design, secure, and keep production alive at scale — identity, networking, secrets, threat models, and systems that don’t fold during incidents.
Real-Time & Distributed Systems Engineers
Low-latency, high-throughput engineers who think in concurrency, failure modes, and time budgets — where consistency models and backpressure are not optional.
DevOps & SRE
Engineers who keep systems alive after deployment — monitoring, CI/CD, incident response, uptime, automation, and recovery when production gets difficult.
Security Engineering
Security engineers who understand real systems — threat modeling, secure architecture, vulnerability response, identity, secrets, and production constraints.
Leadership & Architecture
Senior technical leaders who can make architecture decisions, guide teams, reduce risk, and translate messy technical reality into durable execution.
Hiring Strategy
We help teams clarify what they actually need before they hire — role scope, technical signals, failure modes, seniority, and what success looks like after onboarding.