Building Docker Cloud products.

Acquired by Docker, Inc.

Nestybox's goal is simple: if an application runs in a server or virtual-machine, then it should also run within a container, and it should do so easily, efficiently, and most importantly, securely. With that goal in mind is that we have created the Sysbox container runtime.

* Member of Product Infrastructure Engineering (PIE) team in charge of Linkedin's data-centers (DC) operations.

* Helped identify, develop, and integrate an open-source network operating-system into Linkedin's DCs for efficiency, flexibility, and cost-reduction purposes.

* Worked along SONIC's early-stage community to help define SONIC's initial soft architecture and roadmap.

• Tech-lead for the Path-Computation-Element-Protocol (PCEP) and Segment-Routing (SR) groups within Ericsson's IPOS division. Responsible for the planning, design and implementation of functionalities within the routing/forwarding domain.

• Design and implementation of Ericsson’s PCC client, which allows interaction with OpenDaylight (ODL) PCE servers fed through BGP-LS signaling.

• Design and implementation of Segment-Routing (SR) daemon, which provides mapping-server functionalities in heterogeneous LDP/SR topologies.

• Design and implementation of Ericsson’s Inter-Data-Center Cloud-Network-Controller pilot solution, by adapting BGP/MPLS stack to allow thrift-based interaction with external OpenStack/ODL servers.

• Senior member of MPLS group within JunOS Routing-Protocols-Daemon (RPD) division. Specialized in VPLS/L2VPN/L3VPN/VPWS/PWE applications and the associated signaling protocols carrying the corresponding control-state (BGP/LDP/RSVP).

• Responsible for the design and implementation of various features to scale and optimize convergence capabilities of Juniper’s BGP-based VPLS/L2VPN/L3VPN applications.

• Member of JunOS RPD architecture/modularity team. Responsible for the re-architecture of RPD’s code-base for all the functionalities falling within the team domain.

• Architected and implemented LDP-driven VPWS/L2CKT backup-pseudowire feature as a fundamental piece of Juniper’s Mobile-Backhaul solution.

• Design and implementation of various Seamless-MPLS related features to enable the smooth definition of services across inter-area (OSPF/ISIS) boundaries and inter-AS (BGP) domains.