AI-Powered Future at HP Costs 6,000 Employees Their Careers

Technology giant HP has set in motion a workforce reduction initiative that will eliminate 4,000 to 6,000 positions globally by October 2028, representing approximately 11% of its 56,000-person workforce. The California-based company positions the decision as fundamental to its artificial intelligence strategy, with leadership highlighting AI’s capacity to accelerate innovation and boost productivity.
Product development teams, internal operations staff, and customer support departments will experience the most significant impact from the planned cuts. HP anticipates incurring $650 million in restructuring costs while positioning the company to achieve $1 billion in annual savings by 2028. These reductions follow earlier layoffs of 1,000 to 2,000 employees in February, indicating ongoing organizational transformation.
HP’s financial performance shows impressive revenue generation, with fourth-quarter sales reaching $14.6 billion and surpassing market expectations. The company has successfully captured market share in AI-enabled computers, which accounted for more than 30% of shipments during the quarter ending October 31. Demand for AI-integrated computing solutions continues accelerating across markets.
However, profitability projections disappointed investors. HP forecasts adjusted earnings per share between $2.90 and $3.20 for the upcoming year, significantly below the consensus estimate of $3.33. Escalating memory chip costs driven by datacenter demand for AI infrastructure have substantially increased production expenses, with memory now representing 15-18% of typical PC costs. Trade tariffs add additional pressure on profit margins.
Market response proved negative, with HP shares declining 6% after the announcement. The company’s strategy mirrors broader industry trends as organizations increasingly adopt artificial intelligence and automation technologies to streamline operations and reduce costs, despite the significant human impact of workforce displacement.