Bedrock Ocean Exploration PBC

Redefining Seabed Intelligence

Bedrock Ocean Exploration PBC is on a mission to map the ocean floor faster, more safely, and more comprehensively than ever before. While humanity often looks to space as the next great frontier, over 70% of Earth’s surface remains largely unmapped. Bedrock is addressing this massive data gap by developing vertically integrated, cloud-connected autonomous underwater vehicles (AUVs). These electric, battery-powered robots are designed to conduct high-resolution geophysical surveys of the seafloor without the need for large, expensive, and environmentally disruptive traditional survey ships. By making ocean intelligence more accessible, Bedrock is supporting critical infrastructure development, offshore wind energy, maritime security, and foundational climate science. The work they are doing promises to reshape our understanding of marine ecosystems and the geological structures beneath the waves. This isn't merely about collecting data; it's about establishing a baseline for the health of our planet's largest carbon sink. As the demand for offshore renewable energy grows and the need to protect vulnerable coastal communities becomes more urgent, the data provided by Bedrock's AUVs will be critical. The company's vertically integrated approach means they control both the hardware and the software, allowing for rapid iteration and deployment of their technology. This tight integration ensures that the data collected is of the highest quality and can be seamlessly delivered to clients through their proprietary cloud platform, Mosaic. By removing the bottlenecks associated with traditional ocean surveying, Bedrock is democratizing access to subsea information, enabling researchers, governments, and commercial entities to make informed decisions based on accurate, up-to-date data. The implications for industries ranging from telecommunications (submarine cables) to environmental conservation are profound, making Bedrock a pivotal player in the emerging blue economy.

A Culture of Mission-Driven Exploration

As a Public Benefit Corporation (PBC), Bedrock is legally bound to consider its impact on the world, not just its shareholders. The company’s charter explicitly states its commitment to gathering bathymetric mapping data to improve environmental predictions and support oceanographic research. This mission-driven ethos permeates the company culture. Employees are described as humble, determined, and deeply passionate about the ocean and climate stabilization. The team operates with a "scrappy" startup mentality, tackling the immense challenges of ocean exploration with low egos and high accountability. Leadership emphasizes doing things the right way, ensuring that their technology—like their 100% electric AUVs—has minimal impact on marine life. This commitment to sustainability extends beyond the products they build; it is woven into the fabric of their daily operations and decision-making processes. The culture at Bedrock is one of continuous learning and adaptation. Given the unpredictable nature of the ocean environment, the team must be resilient and resourceful, ready to pivot when faced with unexpected technical hurdles or logistical complexities. Collaboration is key, as engineers, marine scientists, and operations specialists must work closely together to ensure the success of each mission. The company fosters an environment where diverse perspectives are valued, recognizing that solving some of the world's most complex problems requires a multidisciplinary approach. Despite the intense demands of the work, there is a strong sense of camaraderie among the team members, united by a shared purpose and a genuine desire to make a positive impact on the planet. Regular team-building activities and open forums for discussion help to maintain morale and ensure that everyone feels connected to the broader mission of the organization.

What You'll Actually Do

Working at Bedrock means directly contributing to the largest Earth-exploration mission in human history. Depending on your role, you might be designing software to control sensors and actuators on the AUVs, developing navigation algorithms for autonomous underwater operation, or building the cloud infrastructure needed to process and deliver massive amounts of subsea data. The company operates hardware facilities in Richmond, CA, and maintains a presence in Brooklyn, NY. Whether you are a robotics software engineer writing C++ and Python code for embedded systems, an assembly technician building the physical vehicles, or a field operator deploying the AUVs, your work will have a tangible impact on how we understand and interact with the ocean. For software engineers, the challenges involve dealing with the unique constraints of the underwater environment, such as limited communication bandwidth and the need for robust fault tolerance. You will be tasked with developing sophisticated algorithms that allow the AUVs to navigate autonomously, avoid obstacles, and collect high-fidelity data in real-time. Hardware engineers and technicians face the daunting task of designing and building systems that can withstand the extreme pressures and corrosive nature of the ocean depths. This requires a deep understanding of materials science, mechanical engineering, and fluid dynamics. Field operators are the tip of the spear, responsible for deploying, monitoring, and retrieving the AUVs in often challenging marine conditions. Their role requires a unique blend of technical expertise, logistical planning, and physical stamina. Regardless of your specific position, you will be expected to take ownership of your work, push the boundaries of what is possible, and collaborate closely with your colleagues to overcome the myriad challenges inherent in ocean exploration.

Compensation & Benefits

Bedrock offers competitive compensation packages for a startup of its size. Software engineering roles generally see total compensation ranging from $156K to $218K per year, while leadership roles like Director of People Operations have an estimated base salary of $175K to $220K. The company provides a benefits package that includes 75% coverage for medical, dental, and vision insurance. Given the company's growth and recent funding, employees also have the opportunity to make significant technical contributions and see their work deployed in real-world, mission-critical environments. In addition to base salary and health benefits, Bedrock typically offers equity options, giving employees a stake in the company's long-term success. This aligns the interests of the team with the overall goals of the organization, fostering a sense of ownership and accountability. The company also recognizes the importance of work-life balance, offering flexible work arrangements and generous paid time off to ensure that employees can recharge and maintain their well-being. Professional development is highly encouraged, with opportunities for team members to attend industry conferences, participate in training programs, and take on new responsibilities as the company scales. While the compensation may not match the exorbitant packages offered by some of the tech giants, the true value of working at Bedrock lies in the opportunity to work on cutting-edge technology, collaborate with a team of passionate experts, and contribute to a mission that has a profound and lasting impact on the world. The intangible benefits of being part of a purpose-driven organization cannot be overstated.

The Interview Process

The interview process at Bedrock is designed to assess both technical competence and alignment with the company's core mission. Candidates can expect a multi-stage process, typically involving around four rounds of interviews. These rounds often include discussions with founders and team members to evaluate cultural fit, as well as technical assessments or take-home tests relevant to the specific role. The company values candidates who are not only skilled in their respective fields but also demonstrate a genuine passion for robotics, the ocean, and climate tech. The initial screening usually involves a conversation with a recruiter or hiring manager to discuss the candidate's background, experience, and interest in the company. This is followed by a more in-depth technical interview, which may involve coding exercises, system design discussions, or practical problem-solving scenarios, depending on the role. For engineering positions, candidates may be asked to complete a take-home assignment that simulates a real-world challenge they would face on the job. This allows the hiring team to evaluate the candidate's technical skills, coding style, and approach to problem-solving in a more relaxed setting. The final rounds typically involve meetings with cross-functional team members and company leadership. These conversations focus heavily on cultural fit, assessing the candidate's ability to thrive in a fast-paced, collaborative, and mission-driven environment. The hiring team is looking for individuals who are adaptable, resilient, and deeply committed to the company's goals. Throughout the process, candidates are encouraged to ask questions and learn as much as possible about the company, the team, and the challenges they will be tackling.

Why Join / Why Not

Why Join: If you are passionate about the ocean, climate change, and building cutting-edge robotics, Bedrock offers a rare opportunity to work on a problem of global significance. The company is well-funded, having recently raised $25 million in a Series A-2 round, and its technology is already being deployed for offshore wind and government projects. As a PBC, you can be confident that the company's ultimate goals align with making a positive impact on the planet. The chance to be at the forefront of a technological revolution in ocean exploration is a compelling draw for many engineers and scientists. The work you do will have a direct and measurable impact on our understanding of the marine environment and our ability to address some of the most pressing environmental challenges of our time. Furthermore, the collaborative and mission-driven culture provides a supportive and inspiring environment in which to grow and develop your career.

Why Not: Bedrock is still a relatively small startup (11-50 employees), which means the environment can be fast-paced, demanding, and occasionally chaotic. The work involves complex hardware and software integration in unforgiving marine environments, which can be highly challenging. If you prefer the stability and established processes of a large corporation, or if you are not comfortable with the inherent risks and uncertainties of deep-tech ocean exploration, this might not be the right fit for you. The demanding nature of the work and the need for constant innovation can lead to long hours and high-pressure situations. Additionally, as a growing startup, the company is still developing its internal structures and processes, which may require employees to be adaptable and comfortable with ambiguity. Those seeking a highly structured and predictable work environment may find the dynamic nature of a startup to be overwhelming.