How does Seronic approach onboarding and rapid iteration for hardware and software?

Seronic follows a disciplined, staged onboarding and testing pipeline: a new developer should complete onboarding, produce a feature within 24 hours, have it tested in simulation within 30 minutes, in hardware-in-the-loop within 90 minutes, then be tested in a local lake within 24 hours, and finally deployed in the ocean within 48 hours. This protocol is designed to drive fast, end-to-end validation from laptop to sea.

Why did Vib decide to start Seronic after his time at Andre?

Vib explains that geopolitical shifts and the opportunity to apply software and hardware to a new maritime domain motivated the move. He cites the evolving focus on the South China Sea and infrastructure, and the appeal of taking something from zero to functional in a space with a high trajectory for innovation and impact.

What is an Integrated Product Team (IPT) and why is it useful at Seronic?

IPTs bring together leads from software, hardware, electrical, and naval architecture disciplines under cross-functional teams with a project manager. This structure helps ensure timelines stay aligned and reduces miscommunication across domains, which is critical when hardware and software must work together seamlessly.

How does Seronic balance hardware speed with software speed in development?

The team aims to accelerate hardware iteration by minimizing parts and requirements, moving toward a minimal viable hardware design first, then focusing on suppliers and scale. In contrast, software development is made more deliberate with robust infrastructure (simulation, deterministic replay, metrics) to ensure reliable deployment across devices.

What guidance would Vib give his pre-Seronic self about hiring and leadership?

Vib would tell his past self to ask more questions and seek deeper understanding of why decisions are made, who is involved, and the intuition behind hires. He emphasizes that many questions remain unanswered and that proactive questioning helps prevent future blind spots.

How does Seronic manage culture across multiple offices and locations?

Culture drift is a risk with dispersed offices, so Seronic prioritizes regular cross-office collaboration and rotating visits (e.g., leadership from Austin visiting Louisiana) to share context and maintain a unified mission. They emphasize that good ideas can come from anywhere and strive to keep the core ethos intact across sites.

What are the key considerations when choosing co-founders in an American Dynamism scenario?

Beyond technical skills, Vib highlights integrity and shared purpose as essential. Co-founders should be people who are willing to commit long-term, have demonstrated resilience in hard markets, and bring complementary domains (engineering, government sales, hardware) with a shared vision to revitalize traditional industries like shipbuilding.

How Hardware, Software, and Production Teams Should Work Together

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Gaming5 min read35 min video

Dec 18, 2025|2,239 views|54|4

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TL;DR

Build hardware, software, and manufacturing together to speed up maritime tech.

Key Insights

Integrate hardware, software, and manufacturing from day one to align incentives and accelerate iteration.

Adopt a hardware-first, software-second development paradigm to reduce risk and speed prototyping.

Invest in simulation, deterministic data replay, and hardware-in-the-loop to ensure reliable field performance.

Use integrated product teams to bridge cross-disciplinary gaps and maintain a shared vocabulary.

Onboarding speed and field testing cadence are cultural metrics that drive rapid progress.

Culture management across multiple offices requires deliberate cross-site exchange and field exposure.

MISSION AND MARITIME STACK

Seronic aims to redefine maritime superiority by building an ocean infrastructure stack that has long been underdeveloped. From autonomous boats ranging from six feet to more than 150 feet, the company plans to extend beyond navigation to communication, data, and defense oriented capabilities. The core idea is to fuse hardware, software, and manufacturing into one cohesive system, so progress in one area accelerates the others. With a defense focus today, Seronic seeks to show that a modern, software-informed hardware platform can operate reliably at sea.

VIB'S JOURNEY TO SERONIC

Vib arrives with deep roots in defense tech and hands on engineering. His path spans start ups, venture, and roles across IC work and leadership, including time at Andrei and other ventures. He describes how the combination of hardware, software, and leadership shaped his view that startup success hinges on assembling a team with shared mission and trust. The pivotal moment came when meeting Dino, Rob Layman, and Doug Lambert—a group with complementary domains in private equity, Navy know‑how, and maritime robotics—creating a rare constellation of talent.

CO-FOUNDERS: THE RIGHT PEOPLE AT THE RIGHT TIME

Founders were chosen for integrity and a shared appetite for reviving shipbuilding, not merely for technical power. The discussion emphasizes that in American Dynamism ventures, the co-founders must endure highs and lows together. Dino's leadership and Rob's government sales experience, plus Doug's hardware specialization, formed a trio capable of navigating defense procurement and hardware challenges. The emphasis is on character and chemistry, which make hard calls possible when markets or programs shift or become complicated.

HARDWARE-FIRST, SOFTWARE-SECOND: A DEVELOPMENT PARADIGM

To move fast, Seronic treats hardware as the bottleneck to iterate quickly while slowing software to ensure reliability. The hardware side aims for minimal parts, simpler assemblies, and robust supply chains so prototypes become scalable products. In contrast, software emphasizes infrastructure that enables rapid testing and measurement, including deterministic data replay and simulation. The result is a development rhythm where hardware loops drive iteration while software matures within a controlled, testable framework.

SIMULATION, REPLAY, AND HARDWARE-IN-THE-LOOP

A set of software practices centers on simulation-first thinking and measurable progress. They invest in hardware-in-the-loop setups—boats on desks, nightly automated tests, and metrics that quantify progress. The onboarding promise is ambitious: a new hire should move from onboarding to a feature on a desk within hours, with simulation, hardware-in-the-loop, lake tests, and finally an ocean trial within 48 hours. The team has repeatedly demonstrated this cadence, highlighting disciplined execution and a culture comfortable with early field data.

ONBOARDING TO OCEAN: SPEED AS A METRIC

Onboarding speed has become a cultural metric. Even when teams grow, new engineers are expected to deploy a feature quickly, or the process adapts. The approach fosters accountability and repeatable results, with field testing across Austin, a lake, and the ocean bringing tangible progress. It also forces teams to document decisions and share learnings, so knowledge stays with the company as people rotate between offices. The result is an operating tempo that makes the hardware/software loop feel continuous rather than episodic.

HARDWARE, SOFTWARE, AND MANUFACTURING UNDER ONE ROOF

Having hardware, software, and manufacturing under one roof creates alignment that would be hard to replicate otherwise. Reduced design complexity and shared tolerances ensure software calibrations reflect real-world performance. Manufacturing constraints influence software architectures, while software needs shape hardware choices. This tight coupling accelerates decision making and reduces handoffs, enabling the production of multiple units with consistent behavior and faster learning from field data. Co-location amplifies collaboration across disciplines and shortens feedback loops between design and production.

INTEGRATED PRODUCT TEAMS: CROSS-FUNCTIONAL ALIGNMENT

Seronic organizes around integrated product teams rather than strict function silos. Each team includes mechanical, electrical, software, nav, and manufacturing leads, guided by a project manager and shared milestones. The approach prevents translation gaps when hardware and software speak different languages. Leadership works to establish a common vocabulary and synchronized timelines so delivery feels credible. The system balances the benefits of product-facing squads with the efficiency of functional expertise, adapting as the product and company grow.

BALANCING GENERALISTS AND SPECIALISTS

Hiring balances generalists who bridge gaps and specialists who solve deep problems. Cross-functional players help run integrated product teams and interpret tradeoffs across hardware and software. At the same time, deep domain experts are essential for hard data problems like sensor fusion or sea state optimization, where progress hinges on rigorous testing and data governance. Effective writers also provide leverage, documenting decisions and serving as a reliable source of truth amid rapidly changing information.

CULTURE ACROSS MULTIPLE OFFICES

CULTURE ACROSS MULTIPLE OFFICES: keeping a single ethos is challenging as Seronic grows. Culture drift is natural, so leaders prioritize cross-office exchange and frequent visits. Austin remains a central hub, while other sites rotate staff and share knowledge. The Louisiana shipyard example shows field exposure reveals practical insights about how bridge communications actually operate on large vessels. These experiences keep the company grounded, ensure consistent mission alignment, and foster a shared sense of purpose across locations.

FIELD LEARNING: CROSS-DISCIPLINARY EMPATHY

Field learning underpins product development. The team discovered tacit practices in ship to ship and bridge communications that software designers often miss. Visiting actual vessels and observing operations helps avoid misaligned assumptions and improves both hardware calibrations and software rules. The process also demonstrates the value of diverse perspectives for solving embodied problems and reinforces the importance of experiential knowledge when turning prototypes into reliable field performance.

ASK MORE QUESTIONS: ADVICE TO MY PRE-START SELF

ADVICE TO MY PRE-START SELF: ASK MORE QUESTIONS. The interview reveals the power of curiosity and the danger of assuming expertise. Rather than accepting explanations, Vib suggests probing into why structures exist, how decisions were made, and what tradeoffs shaped hiring or real estate. The overarching takeaway is that asking questions about cadence, budgets, and even parking logistics prepares founders to navigate uncertainty and build stronger, more adaptable organizations that can grow with dynamic, high stakes markets.

Mentioned in This Episode

●Products

●Software & Apps

●People Referenced

Common Questions

Seronic aims to redefine maritime superiority by building and integrating core ocean infrastructure components, starting with autonomous boats and expanding to ship-to-ship communications and other water-based systems. This mission frames their work as a bridge between software-driven innovation and hardware-enabled capabilities for defense and beyond.

Topics

Maritime Robotics Hardware-software Co-design Integrated Product Teams Defense Tech Startups Government Procurement Onboarding And Rapid Iteration Culture In Startups Org Structure Hardware-in-the-loop Startup Leadership Cross-functional Teams Naval Engineering Subsea And Marine Tech

Mentioned in this video

personVib

Co-founder and CTO of Seronic; discusses his background and motivation to start Seronic after time at Anderol, and the co-founder group.

personRob Layman

Co-founder on the business side; brings government sales and Navy-focused insights.

personDoug Lambert

Maritime robotics hardware veteran; previous roles at Liquid Robotics and Terodepth.

personJohn Morgan

VP of Manufacturing at Seronic; leads manufacturing and field deployment efforts.

toolSentry tower system

Core defense-focused hardware component mentioned as part of Seronic's early product focus.

toolDive

EOS software ecosystem group associated with an acquisition, discussed in context of software strategy.

toolMacBook Pro

Reference development environment used to illustrate cross-device software validation.

toolDino

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