Executive Summary
Dynamic Network Factory is best understood as a Silicon Valley-rooted enterprise infrastructure company whose identity spans storage, servers, security, consulting, and the StoneFly business it acquired in 2006. The sharpest 2026 wrinkle is that the old DNF corporate web address now resolves to StoneFly, even though DNF’s current LinkedIn profile still describes a Hayward-based private company with storage, data-center, IT consulting, analytics, and staff-augmentation specialties (Dynamic Network Factory, 2026).
That overlap can mix three layers in search results: the corporate identity, StoneFly’s storage and data-protection portfolio, and DNF Security’s surveillance line. The Dynamic Network Factory story is therefore a brand architecture built through storage expansion, acquisition, and adjacent services.
DNF’s own history says the business began as a U.S. subsidiary of CSK Electronics in 1989 and became an independent private company in 1998 (Dynamic Network Factory, 2026; StoneFly, 2006). Its later growth moved beyond traditional NAS, DAS, RAID, and IP SAN systems into professional services, video surveillance, virtualization, analytics, and managed IT. That wider service model resembles the modern logic behind managed IT strategies, where infrastructure, security, backup, support, and continuity are increasingly purchased as one operational system rather than as isolated boxes.
The useful 2026 question is what parts of the DNF ecosystem remain current, what each brand does, and what a buyer should verify before treating historical capabilities as present-day commitments.
What the Company Actually Represents Today
DNF’s current LinkedIn profile describes the company as an IT services and consulting company headquartered in Hayward, California. It lists enterprise storage, data centers, IT infrastructure, video surveillance, storage virtualization, IT support, server hardware, consulting, analytics, business intelligence, lifecycle planning, and staff augmentation among its specialties. It also lists locations in Hayward, San Diego, and Telangana, India.
The public web footprint requires careful reading. The corporate domain listed by LinkedIn currently resolves to StoneFly, while DNF Storage and DNF Security remain accessible as legacy properties. StoneFly’s current site is much more actively maintained, with 2026 material on software-defined storage, backup, disaster recovery, cloud, HCI, and ransomware resilience.
For procurement, brand continuity is not the same as product-lifecycle clarity. A buyer evaluating a DNF-branded system should confirm the contracting entity, support owner, current documentation, and update policy.
The brand architecture matters
DNF’s structure is easier to understand as a set of overlapping functions rather than as three independent companies.
| Name | Historical or current role | Core focus | What buyers should verify |
| DNF | Corporate and services identity | Storage, servers, data centers, consulting, analytics, staff augmentation | Current contracting entity, service scope, support ownership |
| StoneFly | Acquired in 2006 and now the most active product-facing web presence | SAN, NAS, S3, HCI, backup, disaster recovery, cloud, software-defined storage | Current platform compatibility, licensing, support term, recovery architecture |
| DNF Security | Surveillance-focused DNF business line or subsidiary in legacy company materials | IP video, NVR, video management, surveillance storage | Current VMS and camera certification, retention sizing, cybersecurity hardening |
This distinction prevents a common research error: treating a 2009 DNF Security press release, a current StoneFly product page, and the DNF LinkedIn profile as if all three describe the same current catalog.
From 1989 Roots to a Storage-Led Independent Company
The company’s history is unusually important because many current descriptions compress two dates into one. DNF says it began in 1989 as a U.S. subsidiary of CSK Electronics. Its current LinkedIn profile uses 1998 as the founding date because that is when the business spun off as an independent private firm focused on advanced IT storage appliances.
| Date | Verified milestone | Why it matters |
| 1989 | DNF began as a U.S. subsidiary of CSK Electronics | Establishes the technical lineage before independence |
| 1998 | The business became an independent private company and sharpened its storage focus | Explains why current profiles often list 1998 as the founding year |
| 2006 | DNF acquired StoneFly Networks | Added an iSCSI storage specialist and expanded the IP SAN portfolio |
| 2009 | CEO Mo Tahmasebi spoke publicly about storage design for IP surveillance | Shows the early convergence of storage engineering and physical security |
| 2013 onward | DNF’s company profile says it expanded managed services, consulting, analytics, and support | Marks a shift beyond appliance sales |
| 2026 | CRN again included StoneFly in its Software-Defined Storage vendor list | Provides recent independent evidence that the storage business remains active |
The 2006 StoneFly acquisition is the pivotal event. At the time, DNF was known for NAS, IP SAN, RAID, and related storage systems, while StoneFly brought an iSCSI-centered product line. Current StoneFly materials now describe a much wider range that includes block, file, and object storage, hyperconverged infrastructure, backup and disaster recovery, cloud deployment, and security features.
Independent validation matters here. CRN’s April 2026 Software-Defined Storage list identifies StoneFly, names Mo Tahmasebi as founder, president, and CEO, and describes the company’s technology as supporting backup and disaster recovery, private cloud, AI, long-term archiving, SAN, NAS, and object storage. That does not prove every historic DNF product remains supported, but it does show that the storage lineage continues in a current market context.
What DNF Sells and Supports
Enterprise storage and data-center systems
Historically, DNF built its reputation around direct-attached storage, NAS, RAID, IP SAN, file servers, and custom data-center systems. Its legacy DNF Storage site also describes professional services for multi-vendor IT projects.
The current-facing StoneFly portfolio pushes that same infrastructure logic into software-defined and hybrid environments. StoneFly lists NAS, SAN, S3 object storage, unified storage, storage gateways, HCI, backup gateways, disaster-recovery systems, private and public cloud options, and video-surveillance storage. For infrastructure teams, the relevant design question is not only bandwidth. Packet-processing capacity, segmentation, east-west traffic, security inspection, and storage protocol overhead can all affect real performance, which is why a separate understanding of packets per second and network performance is useful when sizing data-center paths.
IT consulting and staff augmentation
The DNF LinkedIn profile says the company expanded into managed services and consulting in 2013, including application development, analytics and intelligence, support, maintenance, and staff augmentation. A broader service model can reduce handoff friction across storage, networking, security, virtualization, cloud, and operations. The trade-off is scope ambiguity. Buyers should convert service descriptions into measurable statements of work covering personnel, certifications, response times, privileged access, third-party dependencies, and end-of-life responsibility.
Surveillance infrastructure
DNF Security is the clearest example of the company extending storage expertise into a vertical workload. Its legacy materials describe IP video surveillance appliances, NVRs, video management engines, SAN and NAS storage, workstations, cloud recording, and professional services.
Mo Tahmasebi summarized the design problem in 2009 with a short statement that still holds up: “Today’s surveillance requirements are complex” (DNF Security, 2009). The complexity has only increased as camera resolution, retention periods, analytics, and AI search have raised both compute and storage requirements.
Modern AI NVR technology turns video into a searchable operational dataset, so retention, access control, encryption, redundancy, and network isolation become core security concerns.
The caution is freshness. Much of DNF Security’s public material predates the current AI surveillance wave. Buyers should request a current compatibility matrix for cameras, VMS software, operating systems, accelerators, patches, and storage expansion.
Why the Model Still Matters in 2026
Cyber resilience moved into the storage layer
Enterprise storage is no longer judged only on capacity, latency, IOPS, or protocol support. Recovery is now a security requirement. CISA’s StopRansomware guidance recommends offline backups because ransomware can encrypt or delete accessible backup copies, and recent advisories also emphasize immutable and segmented backups (Cybersecurity and Infrastructure Security Agency, n.d.).
That changes the competitive frame for storage vendors. A repository that is fast but easy for a compromised administrator account to destroy is not enough for a high-risk environment. StoneFly’s current materials emphasize air-gapped and immutable storage, and the company’s 2026 announcements place ransomware resilience alongside backup, disaster recovery, cloud, and storage.
This shift also connects storage to identity governance. As AI agents and automation gain access to enterprise data, their service identities may receive permissions to databases, cloud storage, APIs, and file systems. Our coverage of the Orca Security 2026 AI security report shows why non-human identities must be governed with least privilege, rotation, and audit controls. Storage architecture increasingly has to assume that credentials can be abused, not simply that disks can fail.
On-premises and hybrid infrastructure remain relevant
Private infrastructure still matters for regulated, latency-sensitive, surveillance, sovereignty, and recovery workloads. Fujitsu’s 2026 banking AI platform, for example, is being designed to run inside financial institutions without external connectivity, reflecting continued demand for controlled local processing.
For DNF and StoneFly, that favors platforms able to bridge appliances, virtual storage, private cloud, public cloud, and recovery workflows. The opportunity is interoperability. The risk is complexity across versions, credentials, network paths, backup policies, and support dependencies.
Buyer Risks and Trade-offs
The strongest reason to research DNF carefully is not a red flag. It is the age and layering of the public record.
First, legacy DNF pages can surface beside current content, so every feature, certification, and integration should be checked against its publication date.
Second, current public pricing for DNF-branded enterprise systems is not readily verifiable. Compare complete quotes that include hardware, software, support, implementation, migration, training, expansion, and renewals.
Third, the DNF company profile, legacy DNF sites, and active StoneFly site overlap. Procurement records should name the exact contracting and support entities.
Fourth, an integrated provider can simplify accountability but increase switching costs. Test export paths, standards support, configuration backups, data portability, and recovery without vendor assistance.
Finally, validate security claims through testing. “Immutable,” “air-gapped,” and “high availability” describe controls, not guaranteed outcomes. Test privileged-account compromise, backup isolation, restore integrity, and recovery time objectives.
Where DNF Operates
The current DNF LinkedIn profile lists three locations: Hayward, California; San Diego, California; and Secunderabad in Telangana, India. StoneFly’s current contact page separately lists corporate offices in Castro Valley, a San Diego branch, and international branches in Pakistan, the United Kingdom, Australia, and South Korea.
Those lists belong to related but differently presented corporate identities, so they should not be merged without qualification. The public sources also do not establish staffing levels or service scope at every site. Buyers requiring regional support, data residency, or on-site response should put those requirements in writing.
The Future of Dynamic Network Factory in 2027
The most credible 2027 path is deeper convergence between storage, recovery, security, and automation.
Three trends support it. Ransomware guidance continues to favor offline, segmented, immutable, and tested recovery assets. StoneFly now emphasizes software-defined storage, HCI, backup, disaster recovery, cloud, and cyber resilience. Enterprise AI also raises the value of governed data infrastructure because models and agents need fast data access without uncontrolled permissions.
For Dynamic Network Factory, that creates an opportunity to translate its storage history into a clearer resilience story connecting primary storage, immutable recovery, surveillance data, hybrid cloud, and professional services.
The uncertainty is brand clarity. If DNF remains a corporate and services identity while StoneFly carries the most active product portfolio, customers will need clearer documentation about ownership, support, product naming, and lifecycle responsibility. By 2027, that transparency may matter as much as another storage feature.
The companies that win infrastructure deals will not simply promise capacity. They will prove recoverability, interoperability, security boundaries, and support accountability.
Takeaways
- DNF’s roots go back to 1989, but 1998 is the key date for its independent company identity.
- The 2006 StoneFly acquisition remains central to understanding the group’s modern storage and data-protection portfolio.
- DNF Security shows how the company applied storage engineering to IP surveillance, where retention and availability are mission-critical.
- The current DNF corporate URL resolving to StoneFly makes brand and support verification a practical procurement step.
- CRN’s 2026 recognition of StoneFly provides recent independent evidence that the storage business remains active in software-defined infrastructure.
- Ransomware resilience, immutable recovery, hybrid deployment, and identity controls now matter as much as raw capacity.
- Buyers should evaluate current documentation, interoperability, lifecycle support, recovery testing, and contracting clarity rather than relying on legacy product claims.
Conclusion
DNF is not best understood as a single storage brand frozen in its 1990s or 2000s product history. It is a layered enterprise infrastructure story. The independent DNF business grew from storage hardware, acquired StoneFly, expanded into surveillance through DNF Security, and later described a wider consulting and managed-services model.
The current evidence also shows why careful verification matters. DNF’s LinkedIn identity remains active, but its corporate domain resolves to StoneFly, while legacy DNF Storage and DNF Security pages continue to surface in search. StoneFly, meanwhile, has recent product activity and 2026 independent recognition in software-defined storage.
For Dynamic Network Factory buyers, history is context, not a substitute for due diligence. The decisive questions are current: who owns the contract, which platform is supported, how data is protected, whether recovery is tested, how integrations are maintained, and what happens at end of life.
Frequently Asked Questions
What is Dynamic Network Factory?
DNF is a private IT infrastructure and services company associated with enterprise storage, servers, data centers, video surveillance, consulting, analytics, IT support, and staff augmentation. Its corporate history begins with a 1989 U.S. subsidiary of CSK Electronics, while the independent company is commonly dated to 1998.
Is DNF the same company as StoneFly?
Not exactly. DNF acquired StoneFly Networks in 2006 and historical sources describe StoneFly as a wholly owned subsidiary. In 2026, the relationship is especially visible because the DNF corporate web address resolves to StoneFly, while StoneFly operates the more active product-facing site. Buyers should still verify the exact legal and contracting entity for any purchase.
What products does StoneFly offer?
StoneFly’s current site describes physical, virtual, and cloud products including SAN, NAS, S3 object storage, unified storage, storage gateways, hyperconverged infrastructure, backup and disaster recovery systems, RAID, video-surveillance storage, and data-migration software (StoneFly, 2026). Current compatibility, licensing, and support should be checked against the specific product and deployment.
What does DNF Security do?
DNF Security historically focused on mission-critical IP video surveillance, including network video recording, video management, workstations, SAN and NAS storage, cloud recording, and professional services (DNF Security, 2017). Because much of its public product material is older, organizations should request a current supported-product and VMS integration list before procurement.
What services does DNF provide for data centers?
DNF’s public company profile and legacy storage site describe infrastructure design, storage and server systems, project management, IT consulting, professional services, support, analytics, lifecycle planning, and staff augmentation. For a current data-center engagement, the scope should be documented in a statement of work with platform ownership, migration responsibilities, security controls, and service levels.
Where are DNF offices located outside California?
DNF’s current LinkedIn page lists a location in Secunderabad, Telangana, India, in addition to Hayward and San Diego in California. StoneFly separately lists branches in Pakistan, the United Kingdom, Australia, and South Korea. These are related public footprints, not proof that every site provides the same DNF service scope.
Is DNF still relevant for modern enterprise storage?
The strongest current evidence is on the StoneFly side of the ecosystem. CRN included StoneFly in its 2026 Software-Defined Storage vendor list, and StoneFly’s current portfolio spans unified storage, backup, disaster recovery, HCI, cloud, and ransomware-resilient features. For a wider benchmark, our coverage of AI storage infrastructure shows how new workloads are changing storage design. Enterprises should still evaluate current products and support rather than assume every historical DNF capability remains current.
Methodology
Our desk researched the current DNF LinkedIn company profile, legacy DNF Storage and DNF Security materials, current StoneFly company and product pages, 2026 StoneFly announcements, independent CRN coverage, and CISA ransomware guidance. Historical claims were cross-checked across more than one company or independent source where possible.
A key limitation is source age. Much of the DNF-specific product and surveillance record is legacy material, while StoneFly has the more active 2026 product presence. We therefore separate historical capability from current evidence and do not assume that an older feature, partnership, certification, office, or price remains valid.
This article was drafted with AI assistance and reviewed by the Perplexity AI Editorial Team. All data, citations, and claims have been independently verified against primary sources.
References
CRN. (2026, April 13). The 50 coolest software-defined storage vendors: The 2026 Storage 100.
DNF Security. (2017, June 2). Designing an IP video surveillance system.
Dynamic Network Factory. (2026). Dynamic Network Factory company profile. LinkedIn.
StoneFly, Inc. (2026). Company overview and product portfolio.
