Synchresis Solutions, a technology company operating commercially since 2023, has developed SynchresisVM, a management plane for KVM and bhyve without per-socket pricing or proprietary lock-in. The platform provides a common interface and REST API, standard disk formats, shared storage and a migration wizard for moves from Proxmox, Hyper-V or VMware. The example matters because customers increasingly need expertise across communications, computing, virtualization, software and AI at the same time.
SynchresisVM functions and migration path
Synchresis Solutions grew from collaboration between founders Nick Giannak III and David Quinn Ebert, who connected through technology and volunteer internet-radio projects. Between 2018 and the pandemic period they built web products and an internal telephone system that later developed into work for paying customers. Doron Beit-Halahmi, known as Doc, joined the group through internet-radio and audio communities. Commercial activity began only in 2023, distinct from that earlier experimentation. Before that, the founders accumulated experience in broadcasting, telephony, server administration, hosting, corporate IT and systems engineering.
SynchresisVM manages virtual machines across Linux and FreeBSD environments through one interface. Guests can be created, assigned disks and networks, started and moved between nodes through API calls, which allows administrative steps to be included in scripts and runbooks. The platform relies on qcow2 disk images, VirtIO devices and Linux bridges, with no proprietary components in the data path. It runs on Linux or FreeBSD hosts that organizations already administer, with KVM or bhyve controlled through the same interface. Shared storage, centralized guest definitions and automated placement reduce manual work when infrastructure changes.
The project responds to tighter links between infrastructure layers. A voice system can depend on networks and servers, a virtual machine can depend on storage and networking, and software development can depend on the infrastructure underneath. The founders bring more than 15 years of experience with virtual-machine environments, predating the company itself. Synchresis also works with cloud PBX systems, enterprise SIP infrastructure, cloud fax and VoIP alongside servers and networks, where a voice problem can involve virtualization or hosting architecture. AI tools have recently entered its software-development and experimentation processes, without a long track record in current large language models.
What this means for companies running IT
For companies that maintain infrastructure assembled over many years, such an approach changes procurement and operations. A common management plane with standard formats keeps virtual-machine storage accessible outside the platform and supports portability when requirements shift. Small firms without separate voice, virtualization and development teams can cover several layers with one contractor, while larger organizations can use the software on their own infrastructure without a separate vendor appliance. The migration wizard and API-driven administration shorten moves from existing platforms and make routine operations repeatable across nodes.
The limits deserve the same attention as the functions. Standard technologies lower lock-in but still require staff able to administer Linux or FreeBSD hosts, networks, storage and SIP-based communications. Buyers need to verify how the migration wizard handles existing disk formats, networks and configurations from their specific Proxmox, Hyper-V or VMware setup, and how placement and centralized definitions behave under failure. The news by itself does not prove performance, support capacity or maturity of AI-related work. Questions to ask cover supported versions, storage options, operational responsibility, and what remains manual after migration.
A practical marker to follow is whether organizations complete documented moves from established platforms to KVM or bhyve under SynchresisVM and keep them in production. Repeated cases with shared storage, cross-node moves and voice workloads on the same base would show that multidisciplinary management reduces cost and complexity. Single pilots without follow-up orders would point to continued dependence on established vendors.
