
Public sector buying teams are large, with varying levels of participation in the process. + Government C-level executives are less involved (41%) than private sector counterparts (55%). + 68% attribute delays to lack of specific information from the technology provider.
At 22 months, the public sector has the longest average buying cycle for technology purchases compared to other industries, according to a survey from Gartner, Inc.
In November and December 2021, Gartner surveyed 1,120 executives involved in technology evaluation or selection, including 79 from the public sector, to understand how organisations approach large-scale buying efforts for enterprise technology.
Nearly half (48%) of respondents reported six or more moderate or significant delays in the buying process. The cumulative impact of delaying factors such as changes in scope added seven months, on average, to the government technology buying cycle.
“Technology acquisition brings challenges to the public sector that do not commonly exist in other industries,” said Dean Lacheca, VP Analyst at Gartner. “Each jurisdiction has its own procurement laws and policies, and within that, each agency or department can have its own interpretation of them. A failure to conform to the rules can have serious consequences, from unwanted publicity to personal risk of prosecution.”
Public Sector Buying Teams Are Large and Complex
A typical public sector buying team has 12 participants, with varying levels of participation in the process.
Government C-level executives tend to be less involved (41%) than private sector counterparts (55%) in technology purchases to avoid association with the process and creating the perception of political influence in the outcome. This also makes government C-level executives less willing to defend the process if challenged by unsuccessful vendors or the media.
Public sector buying teams are significantly more likely than other industries to be composed of lower-level operational staff (46%) impacted by the buying process, taking on the role of business subject matter expert. While the government equivalents of a C-level executive or executive governance body may have the authority to make the decision, they are heavily guided by the evaluation results and recommendations made by the subject matter experts.
Multiple Factors Contribute to Buying-Cycle Delays
The factors most reported as resulting in significant delays often occur before what would be considered the official procurement process begins. Some of these factors include developing the business case (74%), scope changes requiring additional research and evaluation (76%) and reaching agreement around budgeting (75%).
“While government buying cycles can be long, it is important to note that these time frames are not set,” said Lacheca. “Initial planned timelines can be delayed as a result of a combination of both controllable and uncontrollable factors, especially when no external deadlines exist.”
Better Information from Technology Providers Can Help
Sixty-eight per cent of public sector respondents indicate a moderate to significant delay because of their inability to obtain specific product or implementation requirements details from the provider.
Public sector organisations are significantly more likely to value references from existing clients than non-public sector buyers are, partly because public sector organisations are rarely in direct competition and often share common challenges.
Chosen providers are much more likely to provide fact-based, actionable content to the buying team. Gartner recommends technology providers maintain an easily accessible list of public sector reference clients and build a diverse library of product collateral with a strong focus on value assessment, which can be leveraged across all stages of the buying cycle.
Gartner clients can read more in “Insights Into the Nature and Behavior of Public-Sector Buyer Teams.”
Learn about the top government technology trends in the complimentary Gartner ebook Top Technology Trends in Government for 2022.
Fachartikel

Gefährliche Chrome-Erweiterung entwendet Zugangsdaten von Meta Business-Konten

Agentenbasierte KI im Unternehmen: Wie Rollback-Mechanismen Automatisierung absichern

Google dokumentiert zunehmenden Missbrauch von KI-Systemen durch Cyberkriminelle

Sicherheitslücke in Claude Desktop Extensions gefährdet Tausende Nutzer

KI-Agenten: Dateisystem vs. Datenbank – Welche Speicherlösung passt zu Ihrem Projekt?
Studien

Deutsche Wirtschaft unzureichend auf hybride Bedrohungen vorbereitet

Cyberkriminalität im Dark Web: Wie KI-Systeme Betrüger ausbremsen

Sicherheitsstudie 2026: Menschliche Faktoren übertreffen KI-Risiken

Studie: Unternehmen müssen ihre DNS- und IP-Management-Strukturen für das KI-Zeitalter neu denken

Deutsche Unicorn-Gründer bevorzugen zunehmend den Standort Deutschland
Whitepaper

MITRE ATLAS analysiert OpenClaw: Neue Exploit-Pfade in KI-Agentensystemen

BSI setzt Auslaufdatum für klassische Verschlüsselungsverfahren

Token Exchange: Sichere Authentifizierung über Identity-Provider-Grenzen

KI-Agenten in Unternehmen: Governance-Lücken als Sicherheitsrisiko

KuppingerCole legt Forschungsagenda für IAM und Cybersecurity 2026 vor
Hamsterrad-Rebell

KI‑basierte E‑Mail‑Angriffe: Einfach gestartet, kaum zu stoppen

NIS2: „Zum Glück gezwungen“ – mit OKR-basiertem Vorgehen zum nachhaltigen Erfolg

Cyberversicherung ohne Datenbasis? Warum CIOs und CISOs jetzt auf quantifizierbare Risikomodelle setzen müssen

Identity Security Posture Management (ISPM): Rettung oder Hype?







