Phaze Raises $8.75M Seed for Human and AI Remote Access

A customer can build a checkout desk for powerful computers using Phaze. The remote-access company's API lets software assign a workstation, give someone a connection link and release the hardware back into a shared pool when the job is finished. Phaze says that checkout workflow can be built through its API even though it has yet to put the function into its own dashboard.

That small division of labor helps explain the company behind a newly announced $8.75M Seed round. Phaze supplies access to machines; the customer can decide how that access fits the working day. Announced on November 4, 2026, the financing is led by Andreessen Horowitz, with Indie, NextView, Makers and Lerer Hippeau participating.

Cofounders Benjy Boxer, CEO, and Christopher Dickson, CTO, previously built Parsec. At Phaze, their familiar remote-desktop problem has acquired another user: an AI agent that needs a computer, applications and sometimes a person willing to take over. The funding will support engineering expansion, product development and customer growth, according to the company.

Workstation access becomes an operating decision

Phaze's API explanation describes a Slack bot that could respond to an employee requesting a computer. The integration can assign a machine, account for its relay location and return a connection link. In a checkout arrangement, the employee can release the workstation after using it, making the machine available for another assignment.

For an IT team, that changes the question attached to a hardware purchase. Alongside deciding what an engineer needs, the organization can decide when different people need the same resource. The practical work moves into allocation, access and availability, where the rules have to make sense to employees who are trying to finish a job.

There is still integration work in that picture. Phaze presents the checkout system as something customers can build, rather than a finished scheduling feature in the dashboard. That distinction matters to a buyer budgeting deployment time: a public API can make a workflow possible while leaving somebody inside the organization responsible for designing it.

The commercial opportunity follows the same boundary. Phaze can sell the connection and management layer while customers or partners build their own ways to distribute machines. That offers flexibility, with the continuing relationship depending partly on how comfortably those integrations fit around actual work.

Agents bring another occupant into the desktop

Phaze's current AI product page says an agent can use a remote computer through its desktop or terminal, with access governed by the user's roles and permissions. The page explicitly labels the Model Context Protocol server experimental. That qualification belongs beside the capability, particularly for a company assessing how much unattended work to assign.

The company's support-bot example makes the human relationship concrete. An agent can connect to a machine and attempt troubleshooting, then ask a person for help when it becomes stuck or encounters a Windows permission prompt. Human assistance can happen within the remote session, allowing the employee to address the interruption and return control.

For a support organization, continuity is valuable because the point of escalation is also the place where the work has stopped. The technician needs enough context to decide what should happen on that machine. Sharing the session gives Phaze a way to make that transition part of the product experience, while the actual quality of diagnosis remains a separate question.

The same access model also gives an employee a way to keep working on one computer while an agent uses another. That makes the remote machine part of everyday task assignment. Hardware availability, account permissions and human attention all remain inside the operating decision.

The human experience still carries the sale

The person using a remote workstation has immediate opinions about it. Phaze targets demanding work in CAD, 3D graphics, design and software development, where the movement of a model or response to an input is part of doing the job. A product serving agents also has to remain pleasant enough for the human who uses the machine before, during or after them.

Phaze's enterprise offering describes workstation management, team assignments, directory synchronization, role controls, managed relays and connection-history logging. These are the company's descriptions of its product. They explain the administrative proposition without establishing an independently measured performance advantage or a universal security outcome.

That combination gives the founders two conversations to maintain. The employee wants a responsive workstation; the administrator needs to know who can reach it and how access changes as people move through the organization. The purchase has to survive both conversations, including the moments when somebody else needs the machine.

In his investment announcement, a16z General Partner Martin Casado connects Phaze to agents needing full applications and operating systems, sometimes with particular hardware requirements. He also describes a16z's previous backing of Parsec through its acquisition by Unity. The renewed relationship brings experience with this team and this technical problem into the Seed round.

A price tied to the connection

Phaze's public company pricing lists $0.20 per hour, capped at $20 per month per user. It lists no per-seat or per-device platform charge, making connection use central to the published offer. Those figures describe the access product; they should not be read as a quote for the workstation, third-party applications or a separately defined agent billing arrangement.

Charging for use puts a particular kind of pressure on the vendor. Installing the software and adding people to a directory are only the beginning of the commercial relationship. Phaze benefits when employees keep reaching for remote machines because the experience earns a place in their working day.

The company describes itself as headquartered in Utah in its funding release, while its LinkedIn profile lists New York. The announcement does not disclose valuation, revenue or customer totals, and the reviewed primary sources do not establish lifetime capital raised. The round's $8.75M amount is retained as announced without assigning a dollar denomination the release does not explicitly specify.

The engineering work now follows two forms of interruption: the delayed response a designer feels immediately, and the agent that needs a technician to join its session. Boxer and Dickson are financing a product expected to carry both encounters, while customers work out which machines to share and how to make room for the next person requesting one.